Characteristic index feedback system and method

Abstract

A characteristic index feedback system comprises a wearing device and a remote server. The wearing device is used for collecting physical indexes, environment indexes and dynamic indexes conveniently, and driving a feedback module to provide feedback for a user according to a feedback result control value of the remote server. The remote server is used for storing and calculating the physical indexes, the environmental indexes and the dynamic indexes collected by the wearing device and calculating the feedback result control value. The wearing device comprises a physical index detection module, an environment index detection module, a dynamic index detection module, a communication module and the feedback module. The remote server comprises a database, a comparison module and a control module.

Description

Technical field [0001] The present invention belongs to the field of medical equipment, and relates to a characteristic index feedback system and feedback method. More specifically, the present invention relates to a system and method for characteristic index feedback through a wearable device and a remote server. Background technique [0002] Feature indicators: The collective term for physical indicators, environmental indicators, and status indicators (including altitude, speed, latitude and longitude, etc.). Existing wearable feature indicator devices require users to complete a certain number of exercises or activities to complete a feature indicator For example, most of the wearable pedometers on the market are based on the user’s goals of "10,000 steps per day" and "consuming 516 kcal per week by walking" to complete the collection and statistics of physical indicators. At the same time, Existing wearable feature index devices do not have the function of promptly prompting...

AI Technical Summary

Problems solved by technology

[0002] Characteristic indicators The collective name of physical indicators, environmental indicators, and status indicators (including altitude, speed, latitude and longitude, etc.), the existing wearable feature indicator devices, all require the user to complete a certain amount of exercise or activities to complete a certain feature indicator For example, most of the wearable pedometers on the market are based on the user's goal of "10,000 steps per day" and "burning 516 calories by walking every week" to complete the collection and statistics of body indicators. At the same time, In addition to the detection function, the existing wearable feature indicator devices have no function that can quickly prompt the user that the feature indicator is abnormal, resulting in a situation where the user does not know even if the wearable device detects that the user's physical index is abnormal

[0003] In addition, changes in dynamic conditions such as environmental conditions, speed, and altitude may also cause abnormalities in the user's physical indicators, resulting in diseases or other adverse conditions. Adaptively provide reminders to users due to changes in factors

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